Category:Electrodynamics

• Electromagnetism

A

• Abraham–Lorentz force

B

• Beam propagation method
• Bioelectrodynamics
• Birkhoff's theorem (electromagnetism)
• Blondel's experiments

C

• Characteristic mode analysis
• Choke (electronics)
• Classical Electrodynamics (book)
• Classical electromagnetism
• Clausius–Mossotti relation
• Computational electromagnetics

D

• Discrete dipole approximation
• Displacement current
• Dynamic toroidal dipole

E

• Eddy current
• Eddy current brake
• Effective permittivity and permeability
• Eigenmode expansion
• Electric form factor
• Electrodynamic droplet deformation
• Electrodynamic suspension
• Electrodynamic tether
• Electrohydrodynamics
• Electromagnetic induction
• Electromagnetic wave equation
• Electromechanical modeling
• Electromotive force
• Ettingshausen effect

F

• Faraday paradox
• Faraday's law of induction
• Hering's Paradox
• Finite-difference time-domain method

G

• Galilean electromagnetism

I

• Inductance
• Induction heating
• Inductively coupled plasma
• Infraparticle
• Introduction to Electrodynamics

J

• Jefimenko's equations

K

• Kinetic inductance

L

• Larmor formula
• Lenz's law
• Leontovich boundary condition
• Lorentz-violating electrodynamics

M

• Maglev
• Magnetic damping
• Magnetic radiation reaction force
• Magnetic sail
• Materials with memory
• History of Maxwell's equations
• List of textbooks in electromagnetism
• Matrix representation of Maxwell's equations
• Method of images
• Method of virtual quanta

N

• Nernst effect

O

• Optoelectrofluidics

P

• P-form electrodynamics
• Plane wave expansion method
• Ponderomotive force
• Poynting's theorem
• Precision tests of QED

Q

• The Quantum Vacuum

R

• Rocket sled launch
• Rosser's equation (physics)
• Rugate filter

S

• Spacetime triangle diagram technique
• Stewart–Tolman effect

T

• T-matrix method
• Time domain electromagnetics
• Transformer effect
• Transmission-line matrix method
• Transrapid

W

• Waveguide (radio frequency)
• Weber electrodynamics
• Weyl expansion